| MicroMouse Information Centre: Detailed information on building a competitive mouse robot with subsystems breakdowns including motor, chassis, sensors, batteries, and a list of robot navigation tips. |
| MicroMouseInfo.com: Pictures, videos, technical details for each subsystem, an events list, and tips on hardware and software design. |
| DIM: Pictures and information on a simple wall-follower MicroMouse powered by a single motor. |
| Lifeng's Home Page: Descriptions and schematics for several MicroMouse robots and a Li-Ion battery charger. |
| micromouse online: Loughborough University MicroMouse project with technical drawings, subsystems and sensor strategy information, and a downloadable Visual Basic 6.0 diagnostics toolkit. |
| MicroMouse UK: Official web site for the United Kingdom MicroMouse competition. Includes a list of competition events, rules, maze files and a maze file editor, event calendar, a list of past competitions, and a mailing list. |
| MicroMouse@TIC: United Kingdom 2004 competition with rules, building information for motors, sensors and processing units, an extensive photograph gallery and an entry form. |
| Millenium Bug: Pictures and information on a mouse robot using a tricycle configuration. |
| ONU IEEE Micro Mouse: Pictures and information on hardware and software design including a maze solving algorithm, a parts list, photographs from a recent competition, and an extensive links page to related resources. |
| OPUS the MicroMouse: Technical drawings, photographs, subsystems breakdowns, and pictures from a recent competition. |
| Robin Bradbeer's MicroMouse Page: Descpription of the history of the MicroMouse contest with mouse robot component guidelines and an extensive bibliography. |
| Team.MicroMouse: California State University of Long Beach's MicroMouse project. |
| UCSB MicroMouse: University of California, Santa Barbara's mouse robot project. Includes contest rules, links, and a description of their robot. |
| University of Hawaii MicroMouse Team: Picture gallery, building tips, competition rules, and information on the mouse robots this team has built. |
| VINEE Systems: Electronics and programming resources for microcontroller based designs. Circuit schematics, code, algorithms and theory for building a maze solving micromouse with infrared sensors. |
Classical
